The purpose of this work is to examine in details the flow field characteristics of the thermally choked ram accelerator using five step kinetic reaction mechanisms. The results from the simulations are compared with experimental values from representative experiments at the University of Washington 38-mm-bore facility. The data that were used for comparison with theory were derived from experiments performed in a 16-m-long tube with CH4/O2/N2 propellant mixtures at pressures on the order of several MPa. The data derived from these CFD calculations were used to implement a one-dimensional computer code which has been developed to predict the thrust in the thermally chocked combustion mode and is aimed at providing data over a wide range of ...
The subdetonative propulsion mode using thermal choking has been studied with a one-dimensional (1D)...
Thrust calculations of the thermally choked ram accelerator propulsive mode based on quasi-steady, o...
A computational study was carried out to analyze a high-pressure combustion in scram accelerator. Fl...
The purpose of this work is to examine in details the flow field characteristics of the thermally ch...
A one-dimensional performance analysis code has been developed at the ”Laboratoire de Combustion et ...
A one-dimensional performance analysis code has been developed at the Laboratoire de Combustion et d...
A one-dimentional performance analysis code has been developed at eh Laboratoire de Combustion et de...
Advances made to the unsteady, one-dimensional (1-D) modeling of the thermally choked ram accelerato...
Computational fluid dynamics solutions of the Reynolds Averaged Navier-Stokes equations have been us...
© 2015 Inderscience Enterprises Ltd. This paper presents advancement on one-dimensional (1-D) unstea...
Dynamic phenomena in 'ram-accelerator', a ramjet-in-tube concept for accelerating projectiles to ul...
The subdetonative propulsion mode using thermal choking has been studied with a one-dimensional (1D)...
Thrust calculations of the thermally choked ram accelerator propulsive mode based on quasi-steady, o...
A computational study was carried out to analyze a high-pressure combustion in scram accelerator. Fl...
The purpose of this work is to examine in details the flow field characteristics of the thermally ch...
A one-dimensional performance analysis code has been developed at the ”Laboratoire de Combustion et ...
A one-dimensional performance analysis code has been developed at the Laboratoire de Combustion et d...
A one-dimentional performance analysis code has been developed at eh Laboratoire de Combustion et de...
Advances made to the unsteady, one-dimensional (1-D) modeling of the thermally choked ram accelerato...
Computational fluid dynamics solutions of the Reynolds Averaged Navier-Stokes equations have been us...
© 2015 Inderscience Enterprises Ltd. This paper presents advancement on one-dimensional (1-D) unstea...
Dynamic phenomena in 'ram-accelerator', a ramjet-in-tube concept for accelerating projectiles to ul...
The subdetonative propulsion mode using thermal choking has been studied with a one-dimensional (1D)...
Thrust calculations of the thermally choked ram accelerator propulsive mode based on quasi-steady, o...
A computational study was carried out to analyze a high-pressure combustion in scram accelerator. Fl...